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How to convert the following Mathematica code to Python

NDSolve[{1/(1 - f)^2.5*g''''[y] + 

       G*Sin[\[Alpha]]*((1 - f) + f*(p1*e1)/(p2*e2))*

        t'[y] - (((M^2)*A)/(1 + (A*m)^2) + 1/(k*(1 - f)^2.5))*

        g''[y] == 0, 

     b1*t''[y] + Br/(1 - f)^2.5*(g''[y])^2 + 

       Br*(((M^2)*A)/(1 + (A*m)^2) + 1/(k*(1 - f)^2.5)) (g'[y] + 

          1)^2 + \[Epsilon] == 0, g[h1] == F/2, g'[h1] == -1, 

     g[h2] == -F/2, g'[h2] == -1, t[h1] == -1/2, t[h2] == 1/2}, {g, 

     t}, {y, h1, h2}]

I tried writing the code in more than one way, but I was not able to get the code correctly that gives the same output as Mathematica

Improve this question
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  • please check this Commented Apr 6, 2024 at 22:41
  • 1
    You might try asking Gemini this kind of thing. AI’s can be good at code conversion, e.g. g.co/gemini/share/72c23a8d57e8 Try to keep it simple though. Function by function. Commented Apr 7, 2024 at 7:13
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